Fabrizio BOBBA | ADVANCED LABORATORY

cod. 0522600025

ADVANCED LABORATORY

	0522600025
	DIPARTIMENTO DI FISICA "E.R. CAIANIELLO"
	EQF7
	PHYSICS
	2016/2017

PERCORSO COMUNE

	OBBLIGATORIO
	YEAR OF COURSE 1
	YEAR OF DIDACTIC SYSTEM 2014
	ANNUALE

TEACHING UNITS

	SSD	CFU	HOURS	ACTIVITY	TYPE OF ACTIVITY
	FIS/01	12	36	LAB	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS

PROFESSORS

	ROBERTO SCARPA T Curriculum
	FABRIZIO BOBBA Curriculum

	Objectives
	KNOWLEDGE AND UNDERSTANDING: THE PURPOSE OF THE COURSE IS TO PROVIDE STUDENTS WITH THE BASIC INFORMATION ON THE USE OF THE SCANNING PROBE MICROSCOPY FOR LOCAL PHYSICAL CHARACTERIZATION OF SURFACES AND NANOSTRUCTURES. BY ATTENDING THE COURSE, STUDENTS WILL ACQUIRE THE BASIC KNOWLEDGE NEEDED TO FULLY UNDERSTAND HOW SPM WORKS, THE MAIN SPM TECHNIQUES FOR LOCAL ELECTRIC AND MAGNETIC CHARACTERIZATION OF SURFACES AND NANOSTRUCTURES, THE PLANNING AND EXECUTION OF EXPERIMENTS BASED ON SPM. APPLYING KNOWLEDGE AND UNDERSTANDING: THIS COURSE IS DESIGNED TO TEACH KEY CONCEPTS, BOTH THEORETICAL AND EXPERIMENTAL, WHICH ALLOW A BETTER UNDERSTANDING OF THE PRINCIPLES UNDERLYING THE SCANNING PROBE EXPERIMENTS AND THE WAY SPM CAN BE USED FOR SPECIFIC APPLICATIONS IN THE FIELDS OF MATERIAL PHYSICS AND NANOTECHNOLOGY .

KNOWLEDGE AND UNDERSTANDING:
THE PURPOSE OF THE COURSE IS TO PROVIDE STUDENTS WITH THE BASIC INFORMATION ON THE USE OF THE SCANNING PROBE MICROSCOPY FOR LOCAL PHYSICAL CHARACTERIZATION OF SURFACES AND NANOSTRUCTURES. BY ATTENDING THE COURSE, STUDENTS WILL ACQUIRE THE BASIC KNOWLEDGE NEEDED TO FULLY UNDERSTAND HOW SPM WORKS, THE MAIN SPM TECHNIQUES FOR LOCAL ELECTRIC AND MAGNETIC CHARACTERIZATION OF SURFACES AND NANOSTRUCTURES, THE PLANNING AND EXECUTION OF EXPERIMENTS BASED ON SPM.

APPLYING KNOWLEDGE AND UNDERSTANDING:
THIS COURSE IS DESIGNED TO TEACH KEY CONCEPTS, BOTH THEORETICAL AND EXPERIMENTAL, WHICH ALLOW A BETTER UNDERSTANDING OF THE PRINCIPLES UNDERLYING THE SCANNING PROBE EXPERIMENTS AND THE WAY SPM CAN BE USED FOR SPECIFIC APPLICATIONS IN THE FIELDS OF MATERIAL PHYSICS AND NANOTECHNOLOGY .

	Prerequisites
	THE STUDENT MUST HAVE SOME BASIC KNOWLEDGE OF LABORATORY OF CLASSICAL PHYSICS, NUMERICAL METHODS AND OF USING OF COMPUTERS .

	Contents
	THE MAIN TOPICS DISCUSSED IN LECTURES ARE SUMMARIZED BELOW INTRAMOLECULAR INTERACTIONS ELECTRIC DIPOLES INTERMOLECULAR INTERACTIONS: PHYSICAL MODELS INTERMOLECULAR INTERACTIONS: ION-DIPOLES INTERMOLECULAR INTERACTIONS: KEESOM FORCE INTERMOLECULAR INTERACTIONS: DISPERSION FORCE HAMAKER AND SURFACE ENERGIES DEJAUGIN APPROXIMATION ELASTICITY OF MATERIALS CONTACT MECHANICS HERTZ, JKR, DMT THE SPM AS A SYSTEM AFM,STM – THE INSTRUMENTS TIP-SAMPLE INTERACTIONS: THE WATER MENISCUS AFM/STM COMPONENTS AFM/STM CALIBRATIONS FORCE SPECTROSCOPY CANTILEVER MECHANICS/THE FORCE SENSOR THE APPROACH CURVE JUMP TO CONTACT PROCESSING FORCE CURVES MODULUS AND ADHESION MAPS LATERAL FORCE MICROSCOPY (LFM) ELECTRICAL AND MAGNETIC SPM KELVIN FORCE PROBE MICROSCOPY MAGNETIC FORCE MICROSCOPY CONDUCTIVE AFM STM IMAGE ARTIFACTS

Contents

THE MAIN TOPICS DISCUSSED IN LECTURES ARE SUMMARIZED BELOW

INTRAMOLECULAR INTERACTIONS
ELECTRIC DIPOLES
INTERMOLECULAR INTERACTIONS: PHYSICAL MODELS
INTERMOLECULAR INTERACTIONS: ION-DIPOLES
INTERMOLECULAR INTERACTIONS: KEESOM FORCE
INTERMOLECULAR INTERACTIONS: DISPERSION FORCE

HAMAKER AND SURFACE ENERGIES
DEJAUGIN APPROXIMATION
ELASTICITY OF MATERIALS
CONTACT MECHANICS
HERTZ, JKR, DMT
THE SPM AS A SYSTEM
AFM,STM – THE INSTRUMENTS

TIP-SAMPLE INTERACTIONS: THE WATER MENISCUS
AFM/STM COMPONENTS
AFM/STM CALIBRATIONS

FORCE SPECTROSCOPY
CANTILEVER MECHANICS/THE FORCE SENSOR
THE APPROACH CURVE
JUMP TO CONTACT
PROCESSING FORCE CURVES
MODULUS AND ADHESION MAPS
LATERAL FORCE MICROSCOPY (LFM)

ELECTRICAL AND MAGNETIC SPM
KELVIN FORCE PROBE MICROSCOPY
MAGNETIC FORCE MICROSCOPY
CONDUCTIVE AFM
STM
IMAGE ARTIFACTS

	Teaching Methods
	THE COURSE WILL BE PERFORMED IN THE SPNM LABORATORY OF PHYSICS DEPARTMENT AT THE UNIVERSITY OF SALERNO. THE STUDENTS WILL BE TRAINED TO DIRECTLY MAKE USE OF THE SPM LABORATORY EQUIPMENTS, PERFORMING DIFFERENT EXPERIMENTS BASED ON THE SPM TECHNIQUES , INVESTIGATING ON A PREFERRED MATERIAL, CHOOSEN AND MOTIVATED AT THE BEGINNING OF THE COURSE, IN RESPECT WITH ITS PHYSICAL PROPERTIES. THE SPM EQUIPMENTS WILL BE DIRECTLY USED BY STUDENTS. THE ANALYSIS OF DATA ACQUIRED WILL BE PERFORMED THROUGH SPECIFIC ANALYSIS SOFTWARES.

Teaching Methods

THE COURSE WILL BE PERFORMED IN THE SPNM LABORATORY OF PHYSICS DEPARTMENT AT THE UNIVERSITY OF SALERNO. THE STUDENTS WILL BE TRAINED TO DIRECTLY MAKE USE OF THE SPM LABORATORY EQUIPMENTS, PERFORMING DIFFERENT EXPERIMENTS BASED ON THE SPM TECHNIQUES , INVESTIGATING ON A PREFERRED MATERIAL, CHOOSEN AND MOTIVATED AT THE BEGINNING OF THE COURSE, IN RESPECT WITH ITS PHYSICAL PROPERTIES. THE SPM EQUIPMENTS WILL BE DIRECTLY USED BY STUDENTS. THE ANALYSIS OF DATA ACQUIRED WILL BE PERFORMED THROUGH SPECIFIC ANALYSIS SOFTWARES.

	Verification of learning
	THE EXAMINATION IS PERFORMED THROUGH A LABORATORY EXPERIMENT, WITH A WRITTEN AND ORAL DISSERTATION. THE FINAL SCORE WILL BE BASED ON THE AVERAGE SCORE OF THE WRITTEN AND ORAL DISCUSSION OTHER THAN THE REPORT.

	Texts
	B. BHUSHAN (ED.), "SPRINGER HANDBOOK OF NANOTECHNOLOGY", SPRINGER-VERLAG

	More Information
	TEACHER'S E-MAIL ADDRESS: FBOBBA@UNISA.IT

BETA VERSION Data source ESSE3 [Ultima Sincronizzazione: 2019-03-11]

Fabrizio BOBBA | ADVANCED LABORATORY